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We analyze, by means of numerical simulations, transmission enhancementsthrough sub- wavelength slits due to the presence of sets of plasmonicnanocylinders, placed near the exit of these apertures. Further, we extend thisstudy to photonic crystals of dipolar plasmonic particles in front of an arrayof extraordinarily transmitting slits practiced in a metallic slab.

Propagation of localized surface plasmons in sets of metallic nanocylinders at the exit of subwavelength slits